When you need secure, robust wireless data transmissions, these are the extenders to choose. Because they operate at 5-Ghz and 300-Mbps, they easily transmit high-definition video from security and surveillance cameras at the edge of your network.

The kit includes (2) high-power, 23 dBi directional antennas with 200Watts EIRP (output will vary based on country). One is a subscriber unit and one is the access point. They are pre-configured to work with each other.

Maximum transmission power.
Use these extenders to set up high-powered, long-distance line-of-sight, point-to-point connections up to 24 km apart. Use these extenders in any number of wireless extension applications. Because of their very high data throughput, they can easily transmit high-definition video from security cameras. They are also useful for transmitting monitoring data in industrial settings, campus environments, medical complexes—anywhere you need robust and secure wireless transmission. You can even use them to power remote workstations.
Your data is safe too. The extenders use AES 128-bit encryption.

The extenders utilize MIMO technology to achieve these very high data rates through a combination of spacial streams and high-level OFDM modulation.

Use anywhere. These extenders come in a NEMA-rated, weatherproof aluminum enclosure so they can be used in the worst environments. A rubber gasket seals and protects the connector port from the weather.

PoE.
These extenders receive their power through the Ethernet cable via a 18-VDC power injector (included with the kit). You don’t have to worry about running a power line or placing them near a power outlet.

They are easy to use, too. A built-in browser interface provides easy reconfiguration and monitoring.

Units are available to set up point-to-multipoint connections (Access Point: LWE200UK-AP, Subscriber: LWE200A-S). You can also use them in point-to-multipoint networks with distances up to 8 km away. You can't mix and match the kit components with the separate access point and subscriber units because of the power differences.